COMPANY
Max Biopharma, Inc.
Funding and NIH signals
- NIH award NIH awarded $365K (SBIR Phase I 1R43HL184363-01A1, new, notice Sep 9, 2026). NIH RePORTER 1R43HL184363-01A1 (Sep 9, 2026)
Evidence (1 event)
- Sep 9, 2026 · NIH RePORTER 1R43HL184363-01A1
Organization: MAX BIOPHARMA, INC.; City/State: LOS ANGELES, CA; Project number: 1R43HL184363-01A1; Activity code: R43; Fiscal year: 2026; Award notice date: 2026-09-09; FY total cost (award amount): 364853; Administering IC: National Heart Lung and Blood Institute; Project title: Examination of anti-fibrotic and immune modulatory effects of Oxy210 for targeting cystic fibrosis; Organization type: Domestic For-Profits
- Sep 9, 2026 · NIH RePORTER 1R43HL184363-01A1
Timeline
Funding
NIH awards 15
- NIH award 5R44DK136405-02 FY2024: $889,701 awarded for that fiscal year; activity R44 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Evaluation of anti-fibrotic and anti-infla source ↗
- NIH award 1R44DK136405-01 FY2023: $896,990 awarded for that fiscal year; activity R44 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Evaluation of anti-fibrotic and anti-infla source ↗
- NIH award 5R44AR079335-02 FY2022: $852,387 awarded for that fiscal year; activity R44 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Therapeutic Development of Osteogenic Oxys source ↗
- NIH award 1R43HL165998-01 FY2022: $318,089 awarded for that fiscal year; activity R43 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. An oxysterol drug candidate, Oxy210, for i source ↗
- NIH award 1R43HL162245-01A1 FY2022: $320,724 awarded for that fiscal year; activity R43 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Effect of a semi-synthetic oxysterol dru source ↗
- NIH award 1R44AR079335-01 FY2021: $855,153 awarded for that fiscal year; activity R44 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Therapeutic Development of Osteogenic Oxys source ↗
- NIH award 1R43DK125139-01A1 FY2020: $223,696 awarded for that fiscal year; activity R43 (SBIR); PI PARHAMI, FARHAD; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Inhibition of Liver Fibrosis by Oxystero source ↗
- NIH award 5R44AG055374-05 FY2019: $975,009 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Preclinical Development of Oxy200 for t source ↗
- NIH award 2R44AG055374-04 FY2018: $975,009 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Preclinical Development of Oxy200 for t source ↗
- NIH award 5R44AG055374-03 FY2017: $499,690 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Design and synthesis of bone-selective source ↗
- NIH award 5R44AR065148-03 FY2017: $450,621 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Synthesis of bone-selective osteogenic source ↗
- NIH award 9R44AG055374-02 FY2016: $498,960 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Design and synthesis of bone-selective source ↗
- NIH award 2R44AR065148-02A1 FY2016: $448,646 awarded for that fiscal year; activity R44 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Synthesis of bone-selective osteogeni source ↗
- NIH award 1R43AR065808-01A1 FY2014: $149,342 awarded for that fiscal year; activity R43 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Design and synthesis of bone-selectiv source ↗
- NIH award 1R43AR065148-01 FY2013: $147,188 awarded for that fiscal year; activity R43 (SBIR); PI STAPPENBECK, FRANK; recipient as written: MAX BIOPHARMA, INC., LOS ANGELES, CA. Synthesis of bone-selective osteogenic source ↗